LR2 (1)

import numpy as np
def RezMas(Mas):
Mas[int(ex1[i], 16) % 10] += 1
Mas[int(ex2[i], 16) % 10] += 1
Mas[int(ex3[i], 16) % 10] += 1
Mas[int(ex4[i], 16) % 10] += 1
Mas[int(ex5[i], 16) % 10] += 1
def sumQR(mas1,mas2,mas3,mas4,mas5):
P=Q=0
print("Мнение каких экспертов учитывать ?")
p1 = int(input("p1="))
p2 = int(input("p2="))
res = np.concatenate(([mas1], [mas2], [mas3], [mas4], [mas5]), axis=0)
k = 0
for k in range(4):
for j in range(1, 5):
cnt = 0
if j > k and( res[p1 - 1][k] < res[p1 - 1][j] or res[p1 - 1][k] > res[p1 - 1][j]):
cnt += 1
if j > k and (res[p2 - 1][k] < res[p2 - 1][j] or res[p1 - 1][k] > res[p1 - 1][j]):
cnt += 1
if cnt == 2:
P += 1
if cnt != 2 and j > k:
Q -= 1
rK = round((P + Q) / (0.5 * 5* 4),2)
print("Коэффициент Кендалла\t rK = (P + Q) / (0.5 * n * (n-1))=", rK)
ex1 = ["a", ">", "b", ">", "c", ">", "d", ">", "e"]
ex2 = ["a", "~", "c", ">", "e", ">", "d", ">", "b"]
ex3 = ["a", "~", "b", "~", "c", ">", "e", ">", "d"]
ex4 = ["d", ">", "c", ">", "e", ">", "a", ">", "b"]
ex5 = ["b", ">", "c", ">", "d", ">", "e", ">", "a"]
for n in range(1):
print("\nИтерация №", n+1)
ex1R = [0] * 5
ex2R = [0] * 5
ex3R = [0] * 5
ex4R = [0] * 5
ex5R = [0] * 5
res1 = [0] * 5
res2 = [0] * 5
res3 = [0] * 5
res4 = [0] * 5
res5 = [0] * 5
for i in range(0, len(ex1), 2):
if i == 0:
ex1R[int(ex1[i], 16) % 10] += 1
ex2R[int(ex2[i], 16) % 10] += 1
ex3R[int(ex3[i], 16) % 10] += 1
ex4R[int(ex4[i], 16) % 10] += 1
ex5R[int(ex5[i], 16) % 10] += 1
RezMas(res1)
if i == 2:
ex1R[int(ex1[i], 16) % 10] += 2
ex2R[int(ex2[i], 16) % 10] += 2
ex3R[int(ex3[i], 16) % 10] += 2
ex4R[int(ex4[i], 16) % 10] += 2
ex5R[int(ex5[i], 16) % 10] += 2
RezMas(res2)
if i == 4:
ex1R[int(ex1[i], 16) % 10] += 3
ex2R[int(ex2[i], 16) % 10] += 3
ex3R[int(ex3[i], 16) % 10] += 3
ex4R[int(ex4[i], 16) % 10] += 3
ex5R[int(ex5[i], 16) % 10] += 3
RezMas(res3)
if i == 6:
ex1R[int(ex1[i], 16) % 10] += 4
ex2R[int(ex2[i], 16) % 10] += 4
ex3R[int(ex3[i], 16) % 10] += 4
ex4R[int(ex4[i], 16) % 10] += 4
ex5R[int(ex5[i], 16) % 10] += 4
RezMas(res4)
if i == 8:
ex1R[int(ex1[i], 16) % 10] += 5
ex2R[int(ex2[i], 16) % 10] += 5
ex3R[int(ex3[i], 16) % 10] += 5
ex4R[int(ex4[i], 16) % 10] += 5
ex5R[int(ex5[i], 16) % 10] += 5
RezMas(res5)
REZ = [ex1R[i] + ex2R[i] + ex3R[i] + ex4R[i] + ex5R[i] for i in range(5)]
REZsort = [ex1R[i] + ex2R[i] + ex3R[i] + ex4R[i] + ex5R[i] for i in range(5)]
REZsort.sort()
print("--------------------------------------------------")
print("Экспертные ранжирования", '|', 'a', 'b', 'c', 'd', 'e')
print("--------------------------------------------------")
print("\t", *ex1, "|", *ex1R, sep=" ")
print("\t", *ex2, "|", *ex2R, sep=" ")
print("\t", *ex3, "|", *ex3R, sep=" ")
print("\t", *ex4, "|", *ex4R, sep=" ")
print("\t", *ex5, "|", *ex5R, sep=" ")
print("---------------------------------------------------")
print("\t\t\tСумма\t ", "|", *REZ, sep=" ")
print()
print("Итоговое ранжирование ---", end=" ")
for i in range(len(REZsort)):
for j in range(len(REZ)):
if REZsort[i] == REZ[j]:
print(">",hex(j + 10)[2:], end=' ')
print()
print()
sumQR(ex1R, ex2R, ex3R, ex4R, ex5R)
if n==0:
ex1 = ["c", ">", "b", ">", "a", ">", "d", ">", "e"]
ex2 = ["c", ">", "e", ">", "b", ">", "a", ">", "d"]
ex3 = ["c", ">", "b", ">", "e", ">", "a", ">", "d"]
ex4 = ["b", ">", "c", ">", "a", ">", "e", ">", "d"]
ex5 = ["d", ">", "c", ">", "b", ">", "e", ">", "a"]
if n==1:
ex1 = ["d", ">", "a", ">", "b", ">", "c", ">", "e"]
ex2 = ["d", ">", "e", ">", "a", ">", "b", ">", "c"]
ex3 = ["d", ">", "a", ">", "e", ">", "b", ">", "c"]
ex4 = ["a", ">", "d", ">", "b", ">", "e", ">", "c"]
ex5 = ["d", ">", "c", ">", "a", ">", "e", ">", "b"]